影响LNG槽车运输储罐压力的因素分析

应用动态模拟软件,建立LNG槽车满载和空载运输系统动态模型,研究LNG槽车运输过程中储罐内操作压力、操作温度和液位的动态变化趋势。分析表明:LNG槽车满载长距离运输储罐压力上升较小,不易造成储罐超压泄放,安全性较高;空载运输较满载运输储罐升压速率更快;LNG储罐空载液位5%可实现LNG槽车储罐处于冷却状态。     

武器保障系统中通用ATE架构的设计

应用于武器保障的通用ATE系统,由上位机主控制器、VXI通用仪器模块、信号激励源、信号调理和接口电路组成.软件使用Visual C 开发平台,将测试控制函数库和各VXI接口资源库函数相结合.其数据信息包括测试仪器、配置参数和测试结果,测试流程负责读取采集数据、配置测试仪器、分析计算,并把结果写回测试表单.     

羊拉铜矿尾矿料动力特性试验研究

以羊拉铜矿尾矿料为研究对象,按照中线法堆坝工艺要求,将羊拉铜矿尾矿砂人工配比成全尾矿、粗尾矿、细尾矿三种尾矿试样.使用DDS-70微机控制电磁式振动三轴仪,对三种尾矿砂试样进行了动强度、动本构关系、动弹模阻尼比三方面动力特性研究.确定了尾矿料的动力强度和动力参数.并探讨了颗粒组成、固结围压、固结压力比、动应力对动强度的影响.为羊拉铜矿尾矿坝在8度地震作用下的稳定性分析提供了基础资料.     

双循环法测定等液相组成汽—液平衡数据的研究及其应用

本工作研究了用双循环法测定等液相组成汽-液平衡数据的特点,建立了一种新型的SG—Ⅱ双循环沸点仪,测定了乙醇-正已烷体系15个浓度时的等液相组成数据,并推算了该体系298.15K至328.15K时的等温汽-液平衡、过量自由焓和微分汽化热。     

一种无线座机锁小区的技术方案及系统

全业务运营环境下,为提升运营商竞争力,某移动公司推出无线座机业务,其业务资费比普通的号码套餐较为优惠.本文提出了一种无线座机锁小区的技术方案及系统,该方案及系统能主动适应复杂多变的无线环境和不断调整优化的无线系统,从而有效限制住无线座机终端的优惠范围.     

我国CATV“十二·五”运行维护工作研究

从我国"十一·五"期间有线电视运维的基本特点出发,对"十二·五"有线电视设备管理、安全播出管理和网络维护管理进行了探讨,并提出关于全国有线电视网络整合完成后"全程全网"的有线运维模式观点。     

基于声学传感器的可调式电子戒鼾器的设计

论述了基于声学传感器的电子戒鼾器的工作原理,介绍了设计等相关电路,给出基于声学传感器的电子戒鼾器的调试数据。调试结果表明,设计的电子戒鼾器的电路合理、可靠且具有不同的人可根据自身的情况来调节电子戒鼾器的输出电压功能。经临床试验,戒鼾效果良好,研制的电子戒鼾器具有很好的市场应用前景。     

Yeast KEX2 protease and mannosyltransferase I are localized to distinct compartments of the secretory pathway

The KEX2 protease (product of the KEX2 gene) functions late in the secretory pathway of Saccharomyces cerevisiae by cleaving the polypeptide chains of prepro-killer toxin and prepro-alpha-factor at paired basic amino acid residues. The intracellular vesicles containing KEX2 protease sedimented in density gradients to a position distinct from those containing mannosyltransferase I (product of the MNN1 gene), a marker enzyme for the Golgi complex. The recovery of intact compartments containing these enzymes approached 80% after sedimentation. We propose that the KEX2 protease and mannosyltransferase I reside within distinct compartments.     

基于大数据和AI的智能化PeOTN-CO价值分级建网创新与实践

对某省联通PeOTN-CO价值分级建网方法论及实践进行了论述,通过市场空间大数据分析、AI算法及存量政企专线路径和流量等分析,对全省综合业务接入区(CO)进行价值分级,提出聚类标杆配置模型,优先预覆盖高价值综合业务接入点,次优先覆盖中低价值区域,实现政企精品网的价值精准建网,进而全面实现以PeOTN技术为主的本地光网络边缘延伸,打造智能光网络,适配新基建时代的“大带宽”“低时延”等业务需求特征,有效降低网络成本并提高短期投资回报率。     

Transparent,Highly Stretchable,Rehealable, Sensing,and Fully Recyclable Ionic Conductors Fabricated by One‐Step Polymerization Based on a Small Biological Molecule

To date, various stretchable conductors have been fabricated, but simultaneous realization of the transparency, high stretchability, electrical conductivity, self‐healing capability, and sensing property through a simple, fast, cost‐efficient approach is still challenging. Here, α‐lipoic acid (LA), a naturally small biological molecule found in humans and animals, is used to fabricate transparent (>85%), electrical conductivity, highly stretchable (strain up to 1100%), and rehealable (mechanical healing efficiency of 86%, electrical healing efficiency of 96%) ionic conductor by solvent‐free one‐step polymerization. Furthermore, the ionic conductors with appealing sensitivity can be served as strain sensors to detect and distinguish various human activities. Notably, this ionic conductor can be fully recycled and reprocessed into new ionic conductors or adhesives by a direct heating process, which offers a promising prospect in great reduction of electronic wastes that have brought acute environmental pollution. In consideration of the extremely facile preparation process, biological available materials, satisfactory functionalities, and full recyclability, the emergence of LA‐based ionic conductors is believed to open up a new avenue for developing sustainable and wearable electronic devices in the future.